Optimize your Data Center cooling capacity, minimize wasted energy and receive critical alerts. With sensorCFD, live data from sensors on each rack are analyzed, producing a CFD analysis of your data center, highlighting areas you can save energy, money and pave your way to meeting net zero targets.
Simple to understand heatmaps and sensor constrained CFD provide insights and recommendations that drive energy efficiency improvements
Reduce Energy Costs
Save energy costs by focusing cooling capacity. sensorCFD provides visualization of where your air is going and where it needs to be.
AKCP have over 30 years experience in professional sensor solutions with over 200,000 installations worldwide. sensorCFD combines our expertise in both hardware and software providing a best in class DCIM with innovative sensor technology.
Central management and monitoring software for all AKCP devices. DCIM with focus on temperature and airflow analysis. 2D and 3D vizualitation of the data center with heatmaps, sensor constrained CFD and differential air pressures.
sensorCFD combines temperature and humidity mapping, non-invasive current metering and pressure sensors. 6x temperature, 1x humidity, 1x current, 2x pressure, 3x ∆T and 1x ∆P for a total of 14 sensors per rack. Data is collected for analysis by AKCPro Server producing sensor constrained CFD models.
Simon Fraser University has constructed a new research data center. It is a 175 rack facility which houses Cedar, the world's 50th largest supercomputer. Construction was recently completed with 107 racks fully populated. AKCP sensor solutions were chosen to monitor the data center and the mechanical room which houses the chilled water plant equipment.
In the initial phase, spot and rope water sensors have been installed in the mechanical room connected with AKCP sensorProbeX+ SNMP enabled base units. The spot and rope water sensors are placed at key points where leaks are most likely to occur. Rope water sensors are laid out along the lengths of pipes or perimeter of an enclosure.